{"schemaVersion":"1.0","exportedAt":"2026-05-15T12:51:09.307Z","occupation":{"soc":"15-1211.00","title":"Computer Systems Analysts","group":"Computer & Mathematical","sector":"54","jobZone":3,"jobZoneInferred":false},"framework":{"version":"v.26.05","description":"","contextCovered":"This framework covers computer systems analysis practice in corporate and enterprise environments, spanning user support, system design and integration, application development, and strategic technology leadership calibrated to Job Zone 3 preparation and experience.","levels":{"emerging":{"label":"Emerging","statements":["Basic system malfunctions — identify and escalate following documented troubleshooting protocols under direct supervisor guidance in a corporate IT environment.","User support requests — respond to and log computer-related problems such as program errors using a help-desk ticketing system under close oversight.","Computer programs and systems — assist with testing and installation tasks by executing predefined test scripts under the direction of a senior analyst.","Business data entry and retrieval — use standard office and access software to support inventory or cost-tracking tasks in a structured operational setting.","System compatibility requirements — gather and document basic information about existing computer systems to assist with integration assessments.","Object-oriented programming concepts — apply foundational syntax and logic in guided coding exercises using a supervised development environment.","Structured analysis techniques — collect and organize user requirements using templates and checklists under the direction of a lead systems analyst.","Management communication — prepare meeting notes and brief summaries of system discussions to support agreement on basic system principles.","Word processing and document management software — produce clearly formatted technical documentation following departmental standards with supervisor review.","Oral communication — listen actively and ask clarifying questions when receiving instructions or user problem reports in a team-based office setting."]},"developing":{"label":"Developing","statements":["Program and system malfunctions — diagnose and resolve common failures using established troubleshooting procedures with minimal oversight in a business IT environment.","Staff and end-user assistance — provide routine technical support and guidance for computer-related problems, adapting explanations to varying user skill levels.","System monitoring and maintenance — coordinate scheduled testing and update installations for computer programs across departmental systems with reduced supervision.","Business problem analysis — apply spreadsheet and database tools to develop basic cost analysis or inventory control solutions for familiar operational scenarios.","Cross-system integration — link departmental computer systems by configuring compatible data-sharing settings following established integration guidelines.","Client-server and web applications — develop and maintain functional application components using object-oriented languages and standard web platform development software.","Data modeling and requirements documentation — conduct structured interviews and produce data flow diagrams to capture system requirements for mid-complexity projects.","Management consultation — present system design options and trade-offs to supervisors, supporting agreement on principles through clearly written proposals.","Requirements analysis software — use architecture and analysis tools to validate that proposed solutions align with documented business and technical requirements.","Time and task coordination — manage personal workload across concurrent system projects, meeting deadlines through proactive scheduling and progress tracking."]},"proficient":{"label":"Proficient","statements":["Complex system malfunctions — independently diagnose and restore functioning for multi-component failures across integrated business systems in enterprise environments.","Technical problem resolution — lead user support sessions for intricate program issues, applying judgment to determine root causes and implement lasting solutions.","Full-cycle system testing — design and execute comprehensive test plans, monitor system performance post-deployment, and drive corrective action without oversight.","Integrated business systems — analyze production, inventory, and cost workflows end-to-end and design computer-based solutions that address non-routine organizational needs.","Enterprise system compatibility — evaluate and redesign inter-system architectures to maximize information sharing and reduce redundancy across an organization.","Multimedia and Internet technology — architect and implement web-based and multimedia application solutions using advanced development environments and frameworks.","Systems analysis and design — apply structured analysis, information engineering, and data modeling techniques autonomously to plan and deliver complex IT systems.","Executive alignment — consult independently with senior management to define system principles, reconcile competing priorities, and secure stakeholder approval.","Critical evaluation of technology — assess emerging tools, platforms, and approaches against organizational requirements and recommend adoption strategies with justified rationale.","Technical writing — produce comprehensive system specifications, user documentation, and analytical reports that serve as authoritative references for project teams."]},"advanced":{"label":"Advanced","statements":["Organizational systems strategy — set the long-range direction for enterprise computer systems architecture, aligning technology investments with business objectives at the executive level.","Cross-functional problem-solving leadership — lead multi-team resolution of critical system failures, establishing incident management protocols that reduce future downtime across the organization.","Systems analysis methodology — define and institutionalize structured analysis, data modeling, and information-engineering standards adopted organization-wide by analysts at all levels.","Enterprise integration governance — oversee the coordination and compatibility of all computer systems across an organization, establishing policies that enable seamless information sharing.","Workforce development — mentor and coach junior and mid-level analysts, designing training curricula and growth pathways that build organizational analytical capability.","Innovation and technology adoption — evaluate and champion transformative technologies such as cloud platforms or AI-assisted analytics, driving enterprise-scale modernization initiatives.","Management partnership — advise C-suite and department heads on system principles and investment decisions, translating complex technical trade-offs into clear strategic guidance.","Requirements governance — establish organization-wide standards for requirements analysis and architecture documentation, ensuring consistency and quality across all systems projects.","Performance and quality oversight — design monitoring frameworks and evaluation criteria that measure system effectiveness against business outcomes, driving continuous improvement programs.","Organizational change leadership — lead the human and process dimensions of large-scale system transitions, managing stakeholder communication and adoption strategies across the enterprise."]}}},"sources":{"onet":"v30.2 (CC BY 4.0)","crosswalk":"https://skillscrosswalk.com","generator":"LER.me"},"attribution":"© EBSCOed"}